In this paper, the Chebyshev polynomial approximation is firstly utilized to analyze the
dynamical characteristics of the nonlinear vibration energy harvester with an uncertain …

In the present study, application of a single unit vibro-impact system is improved. For this
reason, in the so-called “magnetic impact damper” the impact mass is replaced by a …

The dynamics of a nonlinear vibration energy harvester for rotating systems is investigated
analytically through harmonic balance, as well as by numerical analysis. The …

This study investigates dynamic responses of a nonlinear vibration energy harvester. The
nonlinear mechanical resonator consists of a flexible beam moving like an inverted …

This chapter explores the nonlinear dynamics of a bistable piezo-magneto-elastic energy
harvester with the objective of determining the influence of external force parameters on the …

We study the dynamics of an elastic inverted pendulum with amplitude limiters excited
horizontally. This particular model corresponds to a class of systems where a clearance is …

This paper investigates a multibifurcated piezoelectric energy harvester (MBPEH) with
coupled bending and torsional vibrations to enhance energy harvesting performance. A …

This chapter studies an inductive-based wireless power transfer system for low-power
applications at short distances. The transferring power system has been modeled, simulated …

Vibration energy harvesting is proposed for a nonlinear electromechanical system. A
mechanical resonator, which is realized as an inverted elastic pendulum excited by …

This thesis presents novel research in the area of energy harvesting from broadband
vibrations. The aim of energy harvesting is to recover energy wasted or unused in the …